Jindong Zhao

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About

Jindong Zhao is pioneering a critical shift in soft robotics by reimagining its most fundamental component: the air pump. His research focuses on the miniaturization and electrification of pneumatic systems, addressing the long-standing paradox where soft, flexible robots are tethered to bulky, noisy, and rigid external pumps. Zhao’s major contribution lies in developing electrostatic-driven soft pumps that can serve as a compact, silent "heart" for these machines. His most-cited work, the 2024 review "Flexible pump for small-scale soft robotics" (15 citations), systematically outlines the design principles and future prospects of this emerging field. He has since demonstrated practical breakthroughs, including an electrostatically driven Kresling origami soft pump (10 citations) that leverages origami-inspired folding for efficient actuation, and a segmented electrode pump (4 citations) that enhances reliability and control. By replacing traditional pneumatic infrastructure with lightweight, integrated pumps, Zhao’s work directly enables untethered, high-efficiency soft robots for applications in medical devices, search-and-rescue, and human-machine interaction. His achievements are defining a new paradigm where the pump is no longer a limitation but an enabler of truly autonomous soft robotics.